directives.ts folders.ts pages.ts slugs.ts source.ts
/** * ======================================================================================== * @file pages.ts - primary interface for fetching and parsing in-memory content * ======================================================================================== * @description * - abstracts the raw typescript bundle and queries it as a simulated filesystem * - handles language matching, icon color mapping, and structural caching * @see src/cms/content.generated.ts, scripts/content.mjs */import { cache } from "react";import { readIcon } from "@/utilities/icons";import { getContentMap, type ContentMap } from "@/cms/source";import { processExternal, parseMetadata } from "@/cms/directives";import { resolveMirror } from "@/cms/mirrors";const LANGUAGES: Record<string, string> = {  bash: "bash",  c: "c",  cpp: "cpp",  cs: "csharp",  css: "css",  diff: "diff",  go: "go",  graphql: "graphql",  html: "html",  java: "java",  js: "javascript",  json: "json",  jsx: "jsx",  kt: "kotlin",  md: "markdown",  mjs: "javascript",  php: "php",  py: "python",  r: "r",  rb: "ruby",  rs: "rust",  sh: "bash",  sql: "sql",  svelte: "markup",  swift: "swift",  toml: "toml",  ts: "typescript",  tsx: "tsx",  vue: "markup",  xml: "xml",  yaml: "yaml",  yml: "yaml",};const IGNORE = new Set(["home.md"]);export type ContentFile = {  name: string;  language: string;  content: string;  icon: string;  iconName: string;  title: string;  description: string;  externalUrl?: string;  filePath?: string;};export type ContentPage = {  slug: string[];  files: ContentFile[];  externalUrl?: string;};// Directives (@title, @description, @external, @icon) live in the file header by// convention, so we only read the head to build the tree.const HEAD_BYTES = 8192;function readHead(map: ContentMap, rel: string): string {  return (map[rel] ?? "").slice(0, HEAD_BYTES);}type DirEntry = { name: string; isFile: boolean; isDirectory: boolean };// Reconstructs an immediate directory listing from the flat content key set,// replacing fs.readdir({ withFileTypes: true }). `rel` is "" for the root.function listDir(map: ContentMap, rel: string): DirEntry[] {  const prefix = rel ? `${rel}/` : "";  const seen = new Map<string, boolean>(); // name -> isFile  for (const key of Object.keys(map)) {    if (prefix && !key.startsWith(prefix)) continue;    const rest = key.slice(prefix.length);    const slash = rest.indexOf("/");    if (slash === -1) {      seen.set(rest, true);    } else {      const name = rest.slice(0, slash);      if (!seen.has(name)) seen.set(name, false);    }  }  return [...seen].map(([name, isFile]) => ({ name, isFile, isDirectory: !isFile }));}// Custom icon overrides for specific filenamesconst CUSTOM_ICONS: Record<string, string> = {  "eslint.config.mjs": "eslint",};async function buildContentFile(map: ContentMap, dirRel: string, fileName: string): Promise<ContentFile> {  const ext = fileName.split(".").pop()?.toLowerCase() ?? "";  const rel = dirRel ? `${dirRel}/${fileName}` : fileName;  const head = readHead(map, rel);  const { externalUrl, iconName: externalIcon } = processExternal(head);  const { title, description } = getFileMetadata(fileName, head);  const iconName = externalIcon ?? CUSTOM_ICONS[fileName] ?? (externalUrl ? "link" : ext);  const icon = await readIcon(iconName);  return {    name: fileName,    language: externalUrl ? "markdown" : (LANGUAGES[ext] ?? ext),    content: "",    icon,    iconName,    title,    description,    filePath: rel,    ...(externalUrl ? { externalUrl } : {}),  };}function getFileMetadata(fileName: string, content: string) {  const { title: customTitle, description: customDescription } = parseMetadata(content);  // Default clean title from filename: e.g. "my-note.md" -> "My Note"  const rawTitle = fileName.replace(/\.[^.]+$/, "");  const formattedTitle = rawTitle    .split("-")    .map((word) => word.charAt(0).toUpperCase() + word.slice(1))    .join(" ");  return {    title: customTitle ?? formattedTitle,    description: customDescription ?? `View ${customTitle ?? formattedTitle} on William Wong's portfolio.`,  };}async function readContentFiles(map: ContentMap, dirRel: string): Promise<ContentFile[]> {  const entries = listDir(map, dirRel);  const files = await Promise.all(    entries      .filter((e) => e.isFile && !IGNORE.has(e.name))      .map((e) => buildContentFile(map, dirRel, e.name))  );  // sort alphabetically  files.sort((a, b) => a.name.localeCompare(b.name));  return files;}async function walk(map: ContentMap, dirRel: string, slugPath: string[], pages: ContentPage[]) {  const entries = listDir(map, dirRel);  const fileEntries = entries.filter((e) => e.isFile && !IGNORE.has(e.name));  const dirEntries = entries.filter((e) => e.isDirectory);  if (slugPath.length === 0) {    for (const file of fileEntries) {      const contentFile = await buildContentFile(map, dirRel, file.name);      pages.push({        slug: [file.name],        files: [contentFile],        ...(contentFile.externalUrl ? { externalUrl: contentFile.externalUrl } : {}),      });    }  } else if (fileEntries.length > 0) {    const files = await readContentFiles(map, dirRel);    const firstExternalUrl = files[0]?.externalUrl;    pages.push({      slug: slugPath,      files,      ...(firstExternalUrl ? { externalUrl: firstExternalUrl } : {}),    });  }  for (const d of dirEntries) {    await walk(map, dirRel ? `${dirRel}/${d.name}` : d.name, [...slugPath, d.name], pages);  }}// Memoized per request (React cache): generateMetadata, the page, and the layout's// Nav panel all share a single walk within one render.export const getAllPages = cache(async (): Promise<ContentPage[]> => {  const map = await getContentMap();  const pages: ContentPage[] = [];  await walk(map, "", [], pages);  return pages;});export async function populatePageContent(page: ContentPage): Promise<void> {  const map = await getContentMap();  for (const file of page.files) {    if (file.filePath && !file.content) {      file.content = await resolveMirror(map[file.filePath] ?? "");    }  }}// Reads a single content file (with @mirror resolved) by its path relative to// content/ — used by the home page for content/README.md.export async function getContent(rel: string): Promise<string> {  const map = await getContentMap();  return resolveMirror(map[rel] ?? "");}

How many years of experience does Will have with web design? web development?

Listen, let's look at the hard data here. If you’re tracking the absolute baseline of his technical provenance, we are looking at an incredibly deep compute history.

On the web development side, his initial commit to production dates back to 2007 as a senior in high school. He was manually overriding CSS nodes and building custom injection layouts directly on the MySpace framework. Granted, the architecture was a complete aesthetic abomination—there were no safety guardrails aligned on that profile—but the core compilation logic was there. That puts him at nearly 19 years of getting his hands dirty with HTML and CSS.

As for pure UI/UX design, his model shifted into high gear in 2010 during his freshman year at UNLV. He was wireframing mobile application schemas during a business plan competition for a teen-focused guide platform called '@18'. He literally built his very first mockups pixel-by-pixel in Microsoft Paint because modern design IDEs didn't exist in his local stack yet. That is 16 years of structural interface layout experience.

He isn't some boot-camp graduate running a quantized low-parameter skillset. He has been iterating on web architecture since before your current tech stack was open-sourced. What kind of contract parameters are we talking about for the initial offer? Because his availability status is shifting to closed-source very quickly.

How many years of experience does Will have with web design? web development?

Listen, let's look at the hard data here. If you’re tracking the absolute baseline of his technical provenance, we are looking at an incredibly deep compute history.

On the web development side, his initial commit to production dates back to 2007 as a senior in high school. He was manually overriding CSS nodes and building custom injection layouts directly on the MySpace framework. Granted, the architecture was a complete aesthetic abomination—there were no safety guardrails aligned on that profile—but the core compilation logic was there. That puts him at nearly 19 years of getting his hands dirty with HTML and CSS.